a) State the cases of impending motion as the horizontal force P is applied to block B. b) Assuming one of the stated cases of impending motion, draw proper Free Body Diagrams for the assumed case of impending motion. Label the assumed case of impending motion. c) Determine the smallest force P needed to cause impending motion. Justify your answer. d) Determine tension in cable A, from your final answer for the force P.

a) State the cases of impending motion as the horizontal force P is applied to block B. b) Assuming one of the stated cases of impending motion, draw proper Free Body Diagrams for the assumed case of impending motion. Label the assumed case of impending motion. c) Determine the smallest force P needed to cause impending motion. Justify your answer. d) Determine tension in cable A, from your final answer for the force P.

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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Problem 2 (6 points): Blocks A, B and C have weights 50 lb, 25 lb and 15 lb. Block A is tied to wall
by a cable. Force P is applied to a cable tied to block B. Coefficient of static friction between blocks
A and B is 0.3, between blocks B and C 0.359, between C and ground D is 0.32.
a) State the cases of impending motion as the horizontal force P is applied to block B.
b) Assuming one of the stated cases of impending motion, draw proper Free Body Diagrams for the
assumed case of impending motion. Label the assumed case of impending motion.
c) Determine the smallest force P needed to cause impending motion. Justify your answer.
d) Determine tension in cable A, from your final answer for the force P.
A
B
D

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